How do I use the Supercritical CO2 Solubility, Density & Cycle Solver?

Enter your specific project or financial parameters into the input fields above. The engine recalculates outputs dynamically in real time and updates visual charts and summary metrics.

Can I export and share these results?

Yes, you can generate shareable state links, export clean CSV spreadsheets, or print high-resolution executive reports with a single click.

Is this calculator free to use?

Yes, all calculation engines on ToolsVault are 100% free with no account registration or paywall required.

🔬 Supercritical Fluid Phase Thermodynamics & Density Modeling

Supercritical CO2 Density & Cycle Time Solver

Model high-pressure supercritical $\text{CO}_2$ fluid thermodynamics: fluid density ($0.75\text{--}0.96\text{ g/mL}$), extraction vessel basket capacity ($120\text{ kg}$), solvent-to-feed ratios ($26\text{--}35\text{ kg CO}_2\text{/kg}$), and clean solventless botanical oleoresin yields.

⚙️ SFE Vessel & Operating Parameters

Extraction Pressure (Operating Bar / PSI)

Bar

Extraction Temperature (Vessel Target °C)

°C

Vessel Biomass Basket (Kg Biomass per Batch)

CO2 Mass Flow Rate (Kg / Min High-P Pump)

kg/min

Target Active Extract Cut (% Oleoresin / Lipid Potency)

📊 SFE Extraction Cycle Pro-Forma

Supercritical CO2 Fluid Density

0.895 g/mL Supercritical CO2 Fluid Density

Batch Extraction Duration

3.6 Hours Batch Run (216 min @ 15 kg/min)

Recovered Crude Extract Yield

12.54 kg Solvent-Free Crude Extract

Solvent-to-Feed Mass Ratio

27:1 kg CO2 / kg Biomass Ratio

Critical Point of CO2	31.1°C (87.98°F) & 73.8 bar (1,070 PSI) creates tunable supercritical fluid state
Two-Stage Cyclonic Fractionation	Separator 1 (120 Bar) drops heavy waxes; Separator 2 (58 Bar) collects refined terpenes
Residual Solvent Safety Standard	Zero petrochemicals — 100% compliant with USP <467> and FDA GRAS regulations